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The five irregular bones of the midfoot, the cuboid, navicular, and three cuneiform bones, form the arches of the foot which serve as a shock absorber. The midfoot is connected to the hind- and fore-foot by muscles and the plantar fascia. [2] The forefoot is composed of five toes and the corresponding five proximal long bones forming the ...
The midfoot of the dog, horse and elephant contains similar intermediate structures having similar functions to those of the human midfoot. The forefoot represents the most distal portion of the foot. In the human and elephant, the bone structures contained in this region are generally longer and narrower.
The five irregular bones of the midfoot—the cuboid, navicular, and three cuneiform bones—form the arches of the foot which serves as a shock absorber. The midfoot is connected to the hind- and forefoot by muscles and the plantar fascia .
The forefoot is the anterior aspect of the foot, composed of the five metatarsal bones, the fourteen phalanges and associated soft tissue structures. [ 1 ] [ 2 ] It is a common site of pathology in podiatry , and is the anatomic region involved in such conditions as hallux valgus , hallux rigidus , and Morton's neuroma , among others. [ 3 ]
The metatarsal bones or metatarsus (pl.: metatarsi) are a group of five long bones in the midfoot, located between the tarsal bones (which form the heel and the ankle) and the phalanges . Lacking individual names, the metatarsal bones are numbered from the medial side (the side of the great toe ): the first , second , third , fourth , and fifth ...
It plays an important role in the biomechanics of the foot, helping in inversion, eversion, and motion; it is a structural link between midfoot and forefoot and it is part of the longitudinal and transverse arch of the foot.
All areas of the foot, which are the forefoot, midfoot, and rearfoot, absorb various forces while running and this can also lead to injuries. [58] Running and various activities can cause stress fractures, tendinitis, musculotendinous injuries, or any chronic pain to our lower extremities such as the tibia. [57]
It is not yet agreed to what extent the early human ancestor Australopithecus afarensis, (3.75 million years ago onwards) had acquired a functionally human-like foot, [9] but the medial twist of the forefoot evident in fossil footbones of this species, and in the Laetoli footprint trail in Tanzania generally attributed to this species ...
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